BTV01.1CA-08N-08C-AN-NN/MD-DE

The Bosch Rexroth Indramat BTV01.1CA-08N-08C-AN-NN/MD-DE visualization terminal, part of the BTV01 Visualization Terminals series, combines advanced display capabilities with robust control interfacing. With a Device Type of micro end switch/actuator and an Electrical Rating of 400 V AC, 10 A, it delivers reliable switching performance under demanding loads. Its Cycle Life of 50,000 cycles ensures long-term operational continuity in industrial automation environments. Designed primarily for human-machine interaction and control tasks, this terminal supports monitoring and execution of critical industrial processes.

In technical terms, the BTV01.1CA-08N-08C-AN-NN/MD-DE features a versatile Connection Type via screw or press system, facilitating secure wiring and easy field installation. The component is rated to operate over a broad Temperature Range of 40 °C to 130 °C, which allows it to withstand high-heat applications such as motor control cabinets and switchgear assemblies. Detailed information can be found in the Reference Documentation: Spare Parts List pp. 196, 198, ensuring accurate spare part identification and efficient maintenance planning. With its precise actuator mechanism, this terminal provides dependable end-switch feedback to automation controllers, minimizing downtime and enhancing process stability.

Beyond its core specifications, the BTV01.1CA-08N-08C-AN-NN/MD-DE offers compatibility with standard industrial control architectures and drives, giving integrators flexibility when designing control panels. The screw or press system connection supports a variety of conductor sizes, improving adaptability and reducing inventory requirements. The extensive cycle life underlines its durability, while the high-voltage, high-current capability contributes to overall energy efficiency by reducing the need for oversizing in power distribution networks. Backed by thorough documentation and proven performance metrics, this terminal delivers consistent, precise actuation in harsh industrial settings, ultimately improving system reliability and reducing total cost of ownership.